The automated generation of a robust real-time time scale with high accuracy, stability, availability and reliability is of crucial importance for several applications. Among them, the local realizations of the Coordinated Universal Time (UTC) by national laboratories, UTC(k), or the generation of the reference time of a Global Navigation Satellite System (GNSS). In this work, we describe the current status and the developments of the generation of the Italian national time scale, UTC(IT), by reporting on the results of a 5-month experiment and on the recent implementation of the new automated procedure for the generation of UTC(IT)
The time maintenance accuracy of the navigation constellation determines the user positioning and ti...
The tuning of the master clock frequency at ROB, is performed using a daily monitoring based on GNSS...
We have recently established a stable time scale in the Standards Laboratory at the Santa Clara site...
Recently, the official Italian time scale UTC(IT) has been successfully automatically generated in r...
The generation of a real-time time scale with high accuracy, stability, availability and reliability...
The robustness and reliability of a reference time scale is becoming more and more crucial in many a...
A preliminary test to base the generation of the Italian standard time UTC(IT) also on a primary Ces...
A new measurement system (in the following indicated as switch) had been introduced at INRIM Time La...
The Galileo System Test Bed (GSTB) V1 is the first experimental phase in the Galileo project support...
Two main objectives in time and frequency metrology are the realization of the SI unit of time, and ...
International audienceUTC(OP), the French national realization of the international Coordinated Univ...
During the past twenty years, the time scale at the IEN has been realized by a commercial cesium clo...
The National Physical Laboratory, India (NPLI), is responsible for maintenance and development of th...
Global Navigation Satellite Systems (GNSSs) are indispensable for numerous daily life applications. ...
The Istituto Nazionale di Ricerca Metrologica - INRIM Time and Frequency Laboratory is in charge of ...
The time maintenance accuracy of the navigation constellation determines the user positioning and ti...
The tuning of the master clock frequency at ROB, is performed using a daily monitoring based on GNSS...
We have recently established a stable time scale in the Standards Laboratory at the Santa Clara site...
Recently, the official Italian time scale UTC(IT) has been successfully automatically generated in r...
The generation of a real-time time scale with high accuracy, stability, availability and reliability...
The robustness and reliability of a reference time scale is becoming more and more crucial in many a...
A preliminary test to base the generation of the Italian standard time UTC(IT) also on a primary Ces...
A new measurement system (in the following indicated as switch) had been introduced at INRIM Time La...
The Galileo System Test Bed (GSTB) V1 is the first experimental phase in the Galileo project support...
Two main objectives in time and frequency metrology are the realization of the SI unit of time, and ...
International audienceUTC(OP), the French national realization of the international Coordinated Univ...
During the past twenty years, the time scale at the IEN has been realized by a commercial cesium clo...
The National Physical Laboratory, India (NPLI), is responsible for maintenance and development of th...
Global Navigation Satellite Systems (GNSSs) are indispensable for numerous daily life applications. ...
The Istituto Nazionale di Ricerca Metrologica - INRIM Time and Frequency Laboratory is in charge of ...
The time maintenance accuracy of the navigation constellation determines the user positioning and ti...
The tuning of the master clock frequency at ROB, is performed using a daily monitoring based on GNSS...
We have recently established a stable time scale in the Standards Laboratory at the Santa Clara site...